The Red Fleet Project Teaser: Discussing Graf Zepplinski with Fleet of Oceans

The conversation introduces an alternate Soviet fleet built around a more complete Sovetsky Soyuz and a salvageable Graf Zeppelin.

An available early-1930s nine-gun battleship design might have given the Soviet Navy a larger completed battle line before the war.

A smaller Soviet battleship program and an unsabotaged Graf Zeppelin give the scenario its shipbuilding basis.

Graf Zeppelin shows how piling many major innovations into a first carrier makes faults difficult to isolate.

Graf Zeppelin's mix of riveting, welding, and later modifications turns an angled-deck conversion into a major structural problem.

The first Soviet Graf Zeppelin is treated as a carrier schoolhouse before the Red Fleet risks a new purpose-built design.

Early Graf Zepplinski uses rugged piston aircraft to accumulate deck hours and train carrier pilots before reliable Soviet naval jets are ready.

The carrier works up in the Baltic and later divides its time between the Northern and Pacific Fleets, where it can generate more flight experience.

The rebuilt carrier gains catapults, a deck-edge elevator, and layout changes aimed at high-tempo flight operations.

The scenario deliberately refits major ships during the Cuban Missile Crisis, then considers how carrier aviation and AEW might alter crisis signaling at Cuba or Suez.

A proposed carrier-delivery aircraft, navalized MiG, and revised elevator layout connect air-group choices to hangar capacity and resupply.

The Red Fleet pursues economy of scale through multi-role aircraft while experimenting with carrier airborne early warning.

Comparisons with the E-1 Tracer, Gannet, and Hawkeye show why radar-aircraft height and folding arrangements matter aboard a rebuilt carrier.

Expanded northern-Baltic waterways provide freshwater reserve anchorages that help preserve Graf Zepplinski into the timeline's final years.

The Red Fleet accepts a northern-Baltic link but cannot afford a Black Sea route sized for major carriers.

The scenario uses coerced former German marine engineers and an East German spares plant until a major rebuild replaces the machinery.

They reuse a simplified version because its design calculations are complete and the basic structure works, while removing excess features and shrinking the funnel.

The scenario keeps the air group inside the Soviet Navy and tentatively uses island briefing spaces and flight-deck ready aircraft, while acknowledging that the institutional details remain unresolved.

It develops carrier-and-heavy-unit Joint Action Groups and carrierless Surface Action Groups, with Stalingrad-class ships providing the fast heavy escort.

Soviet cruisers show Italian design ancestry while remaining adapted to cold northern operations.

The first two carrier generations are not planned as oilers, although the speakers leave open whether later Soviet doctrine might adopt the practice.

Probably: she becomes mostly a helicopter carrier in later service, while retaining limited fixed-wing utility through aircraft such as the Yak-38.